Ênio Rodrigues Viana

Q1 -> Normal and emergency are the limits of the currents, in your case 32.33% of 400A(NORMAL) is equal to 21,55 of 600A(EMERGENCY) -> 129,32A. To check the overload just look the %, 105% is 5% more that normal (20A). Q2 -> 0,1,2,3 are the terminals of your element. I1,I2,I0 is the current in the terminal 1,2,0. All this are the basics, please , read the manual with attention. P.S.: Paulo have playlist in Portuguese too, searching in his channel.

Hi Ali, I read a paper and I think that is your. The title is 'Open‐source python‐OpenDSS interface for hybrid simulation of PV impact studies'. First, congratulations, and second do you have the code in github? If no, where I can access the code project? Thank you so much.

Thank you so much Sir,

What's the content on "stdafx.h"? I didn't can configure my Microsoft Visual Studio with Open DSS dlls =/

Thank you so much sir. Hugs from Brazil. I think you're a brazillian guy too rsrs.

Thank you sir. It will very usefull to me.

It's already solved in OpenDSS. Check the installed folders "...OpenDSS\IEEETestCases\13Bus"

I'm interessed too. But the site www.openpmu.org is late with news. Someone have some news about this project?